Based on what we known from the dynamics of nucleus-nucleus
collisions one can expect that the injection distance
will increase with the decreasing energy:\(E_{c.m.}\)  - \(B_{0}\) .
It is exactly the case if we are using our data. Such a very good correlation between the \(s_{inj}\)  values and
the corresponding energies \(E_{c.m.}\)  - \(B_{0}\)  can be viewed as an
argument in favor of our macroscopic - microscopic results because such a striking correlation would be very
unlikely if the theoretical barrier heights were inconsistent with experimental values.
In contrast, the right panel of this figure
demonstrates the evident inconsistency of the set of \(s_{inj}\)  values obtained for the barriers of Ref. [1]} in which the individual
points seem to be almost randomly scattered and do not show any correlation with energy.
<FIGURE>